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Effect Of Collective Molecular Reorientations On Brownian Motion Of Colloids In Nematic Liquid Crystal
SCIENCE, no. 6164 (2013): 1351-1354
WOS SCIENCE
Abstract
In the simplest realization of Brownian motion, a colloidal sphere moves randomly in an isotropic fluid; its mean squared displacement (MSD) grows linearly with time tau. Brownian motion in an orientationally ordered fluid-a nematic-is anisotropic, with the MSD being larger along the axis of molecular orientation, called the director. We ...More
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